M. Reza Homaeinejad

Papers

Total Citations

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About

M. Reza Homaeinejad is a robotics and control systems researcher whose work centers on the dynamics and intelligent control of space robotics, particularly free-flying robotic systems operating in microgravity environments. His most recognized contribution lies in the development of regulated sliding mode controllers for space free-flying robots (SFFRs) — highly nonlinear, dynamically coupled systems that present significant challenges for real-time autonomous control. Homaeinejad's key innovation was addressing the persistent problem of chattering in sliding mode control, a phenomenon that wastes energy and degrades actuator performance — a critical concern given the prohibitive cost of resupplying energy resources in orbit. By proposing a regulating routine to determine optimal controller coefficients, he substantially reduced computational burden, making his approach viable for on-board, real-time implementation. His 2010 paper on multiple manipulator space free-flying robots stands as his most impactful work, accumulating 27 citations, while his earlier 2006 studies laid the theoretical foundation for this line of research. Homaeinejad's contributions represent meaningful advances in making autonomous space robotic systems more energy-efficient, robust, and practically deployable in demanding orbital environments.